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Magnetic fluid microstructure curved surface uniform embossing and photocuring process technology

机译:磁性流体微结构曲面均匀压纹和光固化工艺技术

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摘要

By use of magnetism and magnetic fluid embossing technology, and in combination with the surface microstructure roughness improvement of seal-film, this paper aimed to reach the purpose of magnetic fluid being driven under the magnetic force of an electromagnetic chuck, where the magnetic particles can be evenly scattered and stacked on the surface of the seal-film in order to uniformly lift and convey the microstructure curved surface magnetic embossing force; thus, creating magnetic pressure in the embossing process of a microstructure curved surface. Moreover, during the process, photocuring technology is integrated with the technical features of soft lithography in order to provide more uniform curved surface embossing and photocuring process technology through the combination of fluid and magnetic force. Copyright (c) 2015 John Wiley & Sons, Ltd.
机译:通过利用磁性和磁性流体压花技术,并结合密封膜的表面微观结构粗糙度的改善,本文旨在达到在电磁吸盘的磁力作用下驱动磁性流体的目的,其中磁性颗粒可以均匀地散布并堆叠在密封膜的表面上,以均匀地提升和传递微结构曲面的磁压花力;因此,在微结构曲面的压花过程中产生了磁压力。此外,在此过程中,将光固化技术与软光刻技术相结合,以便通过流体和磁力的结合来提供更均匀的曲面压印和光固化工艺技术。版权所有(c)2015 John Wiley&Sons,Ltd.

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